Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.
271～285 item / All 322 items
Utilizing advanced processing technology and equipment, we can manufacture various wire harnesses, from complex wiring to thick wiring and internal wiring for various machines!
We offer a wide variety of products through combinations of wires, connectors, and other components. We can accommodate production quantities starting from one unit.
Supports various difficult machining shapes through multi-axis and complex processing!
At Kyoei Engineering Co., Ltd., we offer "Ultra-Precision Micro Groove Processing Technology" using precision micro-bite tools. We can achieve high-precision linear groove processing through various processing methods suitable for shape, accuracy, and material. Additionally, we can accommodate various difficult processing shapes through multi-axis and compound processing. 【Processing Accuracy Achievements】 ■ Minimum groove width: 3μm *for square grooves ■ Maximum depth: approximately ×1 to ×10 (Aspect ratio) *depends on the work material, groove shape, and tool ■ Pitch accuracy: ±0.2μm ■ Depth accuracy: ±0.5μm ■ Shapes: V grooves, R grooves, trapezoidal grooves, square grooves, etc. *For more details, please download the PDF or feel free to contact us.
A proposal-based parts processing manufacturer with stable quality and short delivery times.
Kakinuma Manufacturing Co., Ltd. is a parts manufacturer that handles lost-wax processing and stainless steel components. We can provide VA proposals that optimize quality, cost, and delivery time. Additionally, we excel in complex processing that combines lost-wax, die casting, pressing, sheet metal, and machining according to the shape and specifications of the products. Furthermore, we also perform various surface treatments and heat treatments, and we have established a network with highly skilled partner factories to offer total manufacturing at a high level. 【Product Line】 ■ Functional parts for transportation - Parts for four-wheeled vehicles - Parts for two-wheeled vehicles - Parts for boats ■ Functional parts for machine tools *For more details, please download the PDF or feel free to contact us.
The monthly production capacity is approximately 5 million units! We operate 24 hours a day to accommodate urgent requests.
Our company performs cold forging using a parts former. Since the material is not heated and is shaped at room temperature, it allows for high-precision manufacturing with minimal thermal distortion. We also accept small lot production, so please feel free to consult with us. 【Features】 ■ Lower material loss compared to cutting processes ■ Faster processing speed ■ Minimal thermal distortion *For more details, please feel free to contact us.
Introduction to processing technology for creating three-dimensional surfaces with inexpensive molds.
"CF Cut" is a processing method that involves pressing urethane foam against a mold to cut it. While there are limitations on the shapes that can be processed, it is possible to create three-dimensional curved surfaces using inexpensive molds. Our company has been handling sponge and cushioning materials such as urethane and polyethylene for half a century. We have developed reliable technology based on trust and proven results. With a wide range of products and our processing technology, we meet our customers' needs. 【Features】 ■ Limitations on processing shapes ■ Ability to produce three-dimensional curved surfaces with inexpensive molds ■ Material: Urethane foam *For more details, please refer to the PDF document or feel free to contact us.
Utilized for mattresses and kitchen sponges! Technology for cutting urethane into textured shapes.
"Profile processing" is a method of cutting urethane foam while sandwiching it with rollers that have uneven surfaces. It is used in products such as mattresses and kitchen sponges. Our company has been handling sponge and cushioning materials like urethane and polyethylene for half a century. We have developed reliable technology based on trust and proven results. With a wide range of products and our processing techniques, we respond to our customers' needs. [Features] ■ Cutting while sandwiching with rollers that have uneven surfaces ■ Used in mattresses and kitchen sponges ■ Material: Urethane foam *For more details, please refer to the PDF document or feel free to contact us.
Reliable technology cultivated through trust and achievements! We meet your needs with a wide range of products and processing techniques.
"Vacuum forming" is a molding method that softens sheet-like resin by applying heat, and then creates the desired shape by suctioning and adhering it to a mold. Our company has been handling sponge and cushioning materials such as urethane and polyethylene for half a century. We have developed reliable technology through trust and proven results. With a wide range of products and our processing technology, we meet our customers' needs. [Features] ■ Softens sheet-like resin by applying heat ■ Creates the desired shape by suctioning and adhering to a mold ■ Materials: PVC sheets, PE sheets, and others *For more details, please refer to the PDF materials or feel free to contact us.
Reliable technology cultivated through trust and achievements! We meet your needs with a wide range of products and processing techniques.
"Heat-Curing Dip" is a processing method in which a preheated mold is immersed in a PVC paste sol, causing the sol around the mold to cure and form. It excels in aging resistance, oil resistance, electrical insulation resistance, chemical resistance, and heat resistance. Our company has been handling sponge and cushioning materials such as urethane and polyethylene for half a century. We have developed reliable technology through trust and proven results. With a rich product lineup and processing technology, we respond to our customers' needs. [Features] - Cures and forms the sol around the mold - Excellent aging resistance and oil resistance - Excellent electrical insulation resistance, chemical resistance, and heat resistance *For more details, please refer to the PDF materials or feel free to contact us.
A versatile processing method that also accommodates polyethylene, rubber, urethane, soft PVC, and more!
"Thomson processing" is a method of machining where blades are bent into any shape and pressed against cushioning materials to punch out the desired shape. This versatile processing method can be applied not only to polyethylene but also to rubber, urethane, soft PVC, and more. Our company has been handling sponge and cushioning materials such as urethane and polyethylene for half a century. We have developed reliable technology based on trust and proven results. With a wide range of products and our processing technology, we meet our customers' needs. [Features] - Blades are bent into any shape and pressed against cushioning materials to punch out the desired shape. - Processing is possible for rubber, urethane, soft PVC, and more. *For more details, please refer to the PDF materials or feel free to contact us.
A processing method that involves cutting polyethylene foam and molding it into any shape within a heated mold.
"Thermal Press Molding" is a processing method that involves processing polyethylene foam and shaping it into any desired form within a heated mold. The thermal pressing of urethane foam by applying a high-temperature mold is a similar processing method. Our company has been handling sponges and cushioning materials such as urethane and polyethylene for half a century. We have cultivated reliable technology through trust and achievements. With a rich product lineup and our processing technology, we respond to our customers' needs. [Features] ■ A processing method that involves processing polyethylene foam and shaping it into any desired form within a heated mold. *For more details, please refer to the PDF materials or feel free to contact us.
Technology for applying adhesive processing to flat products such as polyethylene foam and urethane foam.
"Adhesive Coating" is a technology for applying adhesive to flat products such as polyethylene foam and urethane foam. There is also adhesive coating that incorporates high-strength washi paper. Our company has been handling sponge and cushioning materials like urethane and polyethylene for half a century. We have developed reliable technology based on trust and proven results. With a wide range of products and our processing technology, we meet our customers' needs. [Features] ■ Adhesive coating for flat products ■ Support for high-strength washi paper adhesive coating *For more details, please refer to the PDF document or feel free to contact us.
Of course, we achieve micron-level quality precision with short delivery times! You can rely on us for everything from mass-produced items to custom products.
We would like to introduce Maruei Seisakusho's "Ultra Long Precision Machining Technology." Our company boasts two "Floor-Type Horizontal Milling NC Lathes" with one of the largest effective maximum travel ranges in Japan at 15m, arranged in a facing configuration. This setup enables simultaneous machining of ultra-long precision products and large heavy products with internal cutting. We will respond to the diverse needs of our customers across various fields while actively advancing the application of our technology into new areas. 【Our Technology】 ■ Support for both mass-produced and custom products for arms and booms ■ Short delivery times ■ Achieving quality precision at the micron level ■ Utilizing exceptional technology and craftsmanship to develop new fields *For more details, please refer to the PDF materials or feel free to contact us.
Enhance hygiene with high thermal energy!
The new rice bran roasting method (OSR treatment) is a superheated steam roasting method that roasts with water (Overheat Steam Roast). Water boils at 100°C and turns into gas (steam), and is then further heated. When the steam reaches above 170°C, it exhibits excellent drying capabilities. Its high thermal energy allows it to have the ability to roast substances. 【Features】 ■ Sterilization treatment (food quality standards) ■ Higher drying treatment (3-4 times the drying capacity) ■ Heat treatment without oxidation ■ Suppresses oxidation and deterioration of lipids, improving shelf life ■ Enhances aroma by preventing oxidation of flavor components ■ Improves prevention of discoloration and deterioration *For more details, please download the PDF or feel free to contact us.
Leave the deep drawing of complex shapes and difficult-to-process materials to us!
We would like to introduce our "Deep Drawing Processing Technology." The "Opposing Hydraulic Press" enables deep drawing that achieves a higher level of drawing compared to conventional presses. This press processing method applies uniform pressure to the workpiece using hydraulic force, shaping it into a male die form, which helps to reduce surface scratches. Our company can perform deep drawing processing even on thin materials with a thickness of 0.6mm and on parts with complex shapes. 【Deep Drawing Processing Technology】 ■ Opposing Hydraulic Press ■ Conventional Forming Press ■ Warm Forming Press ■ Reverse Draw Forming *For more details, please refer to the PDF document or feel free to contact us.
We propose the design of the joint (bonding surface) between the carbide part and the base material, and we will accommodate the production of special carbide brazed tools.
Typically, carbide is selected as a material when wear resistance is required. However, considering cost and difficulty in processing, there are many challenges in manufacturing solid carbide products. In such cases, carbide brazing, where only the active parts are made of carbide, can be an effective solution. However, when making only the active parts from carbide, careful consideration must be given to the design of the joint surface with the base material; otherwise, the functionality of the critical carbide part may be compromised, potentially leading to tool failure. Therefore, it is necessary to design the joint section and to process the carbide into an appropriate shape accordingly. For more details, please refer to the "Processing Technology Special" materials.
